
9SC3797R: CZ Seed Bead 3-cut Crystal Color Lined Lilac Luster 9/0-1HK
Preciosa Ornela 9/0 three-cut seed beads in Crystal Color Lined Lilac Luster arrive in a full hank, giving you serious quantity of a finish that's genuinely hard to replicate with standard rounds. The three-cut faceting catches light at every angle, and the lilac-lined interior adds a layer of color that shifts as the piece moves.
Each transparent bead carries a colored inner core that pushes a soft, luminous lilac up through the glass, creating depth that a surface finish simply can't match.
Specifications
- Size: 09/0
- Color: Purples (transparent)
- Finish: Color Lined
- Material: Glass, made in Bohemia, Czechia
- Quantity: 1 Hank
What to make with them
The faceted surface makes these a strong choice for peyote or brick stitch pieces where you want subtle sparkle without metallic shine, and they work especially well strung in multiples for fringe, loom work, or layered necklaces where the lined color can build intensity as the strands stack.
Product Information
Product Information
Shipping & Returns
Shipping & Returns
Description
Preciosa Ornela 9/0 three-cut seed beads in Crystal Color Lined Lilac Luster arrive in a full hank, giving you serious quantity of a finish that's genuinely hard to replicate with standard rounds. The three-cut faceting catches light at every angle, and the lilac-lined interior adds a layer of color that shifts as the piece moves.
Each transparent bead carries a colored inner core that pushes a soft, luminous lilac up through the glass, creating depth that a surface finish simply can't match.
Specifications
- Size: 09/0
- Color: Purples (transparent)
- Finish: Color Lined
- Material: Glass, made in Bohemia, Czechia
- Quantity: 1 Hank
What to make with them
The faceted surface makes these a strong choice for peyote or brick stitch pieces where you want subtle sparkle without metallic shine, and they work especially well strung in multiples for fringe, loom work, or layered necklaces where the lined color can build intensity as the strands stack.











